mag62 电磁流量计
OUTLINE
An electromagnetic flowmeter consists of a sensor and a transmitter. According to Faraday Law, the flowmeter is used to measure volumetric flow rate for inductive liquids and pulps. Several output signals are available. The main application range can be found in the following fields: chemical industry, power generation and distribution, mine, water treatment, paper industry, pharmaceutical industry, food and environmental protection.
FEATURES
The measurement is independence of the density, viscosity, temperature, pressure and conductivity of the measured fluid.
No moving parts in the measuring tube. No pressure loss.
Low requirement for the upstream and downstream straight pipes; It has a special suitability for pulp measurement.
Remote version and compact version.
The analog output or frequency output is proportional to velocity of fluid.
Wide measuring range;
Magnetic field excitation with low frequency pulse; Low consumption; Stable zero point.
The magnetic field excitation is programmable rectangular wave with low frequency. It increases the stability of flow measurement and has low consumption.
It uses a 16-bit micro-processor, fast processing and high accuracy.
All digital processing, high disturbing resistance, reliable measurement, high accuracy, wide measuring range up to 1500:1
Switching power supply is suitable the wide changing range of voltage, good EMC.
Operating menu in Chinese and English is easy to operate. Illuminate LCD display with high definition.
Dual direction measurement function; It can display forward direction flow rate and reverse direction flow rate. Three inside counters can respectively display forward direction volume, reverse direction volume and the different volume of both directions. It is possible to communicate via RS485.
Big range of constant coil current for sensor can fit different type sensor of electromagnetic flowmeter.
Multifunction intelligent transmitter has self-test and self-diagnosis function.
EEROM can save the setting and the counters when power off.